Using Sunshine Duration to Estimate Photosynthetic Photon Flux Density at Taegu Korea

일조시간을 이용한 대구지방 광합성 광자선속밀도의 추정

  • Published : 1996.02.01

Abstract

The daily photosynthetic photon flux density incident on a horizontal surface was estimated with sunshine duration through daily global radiation at Taegu in Korea. The constant and coefficient of $\AA$ngstrom equation for global radiation were calculated as 0.1763 and 0.5012, respectively. The conversion factor from daily global radiation to daily photosynthetic photon flux density was determined as 2.2359.

Keywords

References

  1. 기상월보 기상청
  2. Plant Photosynthetic Production : Manual and Methods Radiation and crop structure Anderson, M.C.;Z. Sestak(ed.);J. Catsky(ed.);P.G. Jarvis(ed.)
  3. PUDOC Simulation of Assimilation, Respiration and Transpiration of Crops De Wit, C.T.;J. Goudriaan;H.H. Van Laar;F.W.T. Penning de Vries;R. Rabbingge;H. van Keulen
  4. Oecologia v.38 A simulated model of Bouteloua gracilis biomass dynamics on the North american shortgrass prairie Detling, J.K.;W.J. Parton;H.W. Hunt
  5. Mathematisch-Naturwissenschaftliche Reihe XXXII Simulation of the effect of increased atmospheric CO₂ on assimilation and transpiration of a closed crop canopy goudriaan, J.;H.H. van Larr;H. van Keulen;W. Louwerse
  6. Plant and Microclimate Jones, H.J.
  7. Forest Ecology and Management v.30 Modelling the yield of Pinus radiata on a site limited by water and nitrogen McMurtrie, R.E.;D.A. Rook;F.M. Kelliher
  8. Forest Ecology and Management v.30 Water / nutrient interactions affecting productivity of stands of Pinus radiata McMurtrie, R.E.;M.L. Benson;S.W. Running;T. Talsma;W.J.B. Crane;B.J. Myers
  9. Forest Ecology and Management v.9 Simulation of primary production in even-aged stands of Douglas-fir Mohren, G.M.J.;C.P. Van Gerwen;C.J.T. Spitters
  10. Plant Physiological Ecology Radiation and light measurements Pearcy, R.W.;R.W. Pearcy(ed.);J. Ehleringer(ed.);H.A. Mooney(ed.);P.W. Rundel(ed.)
  11. Solar Radiation Robinson, N.
  12. Ecological Modelling v.42 A general model of forest ecosystem processes for regional applications. Ⅰ. Hydrologic balance, canopy gas exchange and primary production processes Running, S.W.;J.C. Coughlan
  13. Hydrological Memorandum v.45 The Meteorological Office Rainfall and Evaporation Calculation System: MORECS (July 1981) Thompson, N.;J.A. Barrie;M. Ayles
  14. Dissertation. University of Edinburgh Crown Structure, Radiation Absorption, Photosynthesis and Transpiration Wang, Y.P.